After more than twenty years of designing healthcare facilities across South Florida, Daniel Breitner has launched a firm built for a single purpose: to bring principal-level expertise to every healthcare architecture project, regardless of scale. Breitner Architecture opens its doors in Fort Lauderdale with a portfolio rooted in complex clinical environments and a philosophy that puts the architect's hand back on the work.

The idea behind Breitner Architecture is simple but uncommon in an industry that often separates leadership from production: every project receives the direct involvement of firm principals from first concept through construction administration. There is no handoff to junior staff after the contract is signed. There is no layer of project managers between the client and the designer. The person who understands your facility's clinical operations is the same person developing the drawings your contractor will build from.

This approach emerges from a straightforward observation: healthcare architecture is among the most technically demanding work in the profession. Hospitals operate around the clock. Patients are vulnerable. Equipment is extraordinarily expensive and extraordinarily specific in its spatial requirements. Regulatory frameworks — from FGI Guidelines to AHCA standards — leave little room for error. In this context, experience isn't a luxury. It's the baseline.

Breitner Architecture focuses exclusively on healthcare. One hundred percent of the firm's work serves hospitals, health systems, and medical facilities. This specialization means the team brings deep institutional knowledge to every project — an understanding of how clinical workflows actually function, how phased construction protects hospital revenue, and how design decisions affect patient outcomes long after the ribbon-cutting.

The firm has already secured its first major commissions, including a 42,000-square-foot freestanding emergency department and clinic in Fort Lauderdale, a phased renovation of six cardiac catheterization labs at Holy Cross Hospital, and the early planning stages of a $50 million surgical suite renovation encompassing ten operating rooms.

Fort Lauderdale serves as both the firm's home base and a microcosm of the challenge facing healthcare architecture nationwide: aging infrastructure, growing patient populations, and health systems navigating an increasingly complex regulatory and financial landscape. Breitner Architecture is positioned to be a partner in that work — small enough to be responsive, experienced enough to be trusted with the most consequential projects in the building.

Daniel Breitner, AIA, ACHA, EDAC, NCARB, brings credentials that reflect a career built at the intersection of architecture and healthcare operations. The firm's approach is rooted in planning-first methodology — investing in programming, master planning, and stakeholder alignment before design begins, so that every decision made afterward serves both the clinical mission and the bottom line.

Breitner Architecture is now accepting commissions for healthcare projects in South Florida and beyond. To learn more, reach out at info@breitarch.com or visit the firm's project portfolio.

Freestanding emergency departments are reshaping how communities access critical care, and South Florida has become one of the country's most active markets for this building type. But designing an FSED is fundamentally different from designing an emergency department within a hospital — and the distinctions go far beyond simply removing the floors above. The Sunrise FSED project offered Breitner Architecture a masterclass in what makes these facilities succeed.

The first lesson is about site constraints. Hospital-based EDs typically enjoy the luxury of multiple access points — ambulances approach from one direction, walk-in patients from another, staff from a third. A freestanding facility on a commercial lot doesn't always have that luxury. At Sunrise, the Regional Activity Center zoning required the building to sit close to the property line, limiting access options and fundamentally shaping the architectural response.

Our solution was counterintuitive: rather than fighting the site to distribute entry points around the perimeter, we consolidated them onto a single facade and reoriented the building so primary access faces the interior of the site rather than the main road. This decision cascaded through the entire design — from circulation patterns inside the building to the parking structure layout to the wayfinding strategy for arriving patients.

The second lesson is about dual-purpose design. The Sunrise project isn't just an emergency department. It's a 42,000-square-foot, two-story building that combines a ground-floor FSED and clinic with 20,000 square feet of shell space on the second floor for a future clinic and ambulatory surgery center. This kind of programmatic layering requires careful planning to ensure that the immediate operational needs of the ED don't conflict with the future build-out above.

The third lesson — perhaps the most important — is that an FSED must establish trust immediately. Patients arriving at a freestanding facility don't have the visual reassurance of a full hospital campus behind them. The architecture itself must communicate capability, safety, and professionalism from the moment a patient or family member pulls into the parking lot. Materials, scale, signage, lighting — every external decision contributes to whether a community embraces this new model of care delivery.

As health systems across South Florida continue investing in freestanding emergency departments, the lessons from Sunrise will inform every FSED project that follows. The building type is still evolving, and the architecture firms that understand its unique demands will be the ones shaping its future.

Cardiac catheterization labs sit at the intersection of architecture's most demanding technical requirements and medicine's most critical interventional procedures. Designing one — much less renovating six while the department stays operational — requires an architect who understands not just building codes, but the choreography of a catheterization team in action. At Holy Cross Hospital, Breitner Architecture has spent the past year learning what it takes to get this room type right.

The modern cath lab is defined by its equipment. Ceiling-mounted C-arm imaging systems, hemodynamic monitoring arrays, large-format display screens for real-time fluoroscopy — these are not elements that get placed after the room is designed. They are the room. Every dimension, every structural support, every cable pathway begins with the equipment layout and works outward. The architecture wraps around the technology, not the other way around.

Then there's the question of phasing. Holy Cross's cath lab suite contains six active procedure rooms. Shutting down all six for a simultaneous renovation would devastate procedural capacity and revenue. Instead, Breitner Architecture developed a phasing strategy that takes rooms offline in pairs — maintaining four operational labs at all times while construction proceeds on the other two. This required not just construction scheduling expertise but deep coordination with clinical leadership to ensure the remaining labs could absorb the additional caseload.

The master planning effort that preceded any construction documents proved essential. By bringing together clinicians, administrators, facilities staff, and equipment vendors before design began, our team established consensus on scope, phasing, and long-term goals. That upfront investment in alignment has paid dividends throughout the project — reducing change orders, accelerating documentation timelines, and ensuring that each completed phase meets the standard set by the master plan.

The renovated cath labs at Holy Cross represent what healthcare architecture should be: technically precise, operationally informed, and designed in genuine partnership with the people who use the space every day.

How do you renovate an operating room suite without shutting down a hospital? It's a question that sounds rhetorical — until you're the architecture team standing in front of a hospital board explaining that all ten ORs need to be gutted and rebuilt, the pre-op and post-op areas need a complete overhaul, and the surgical schedule cannot stop. At Holy Cross Hospital, that's exactly where Breitner Architecture found itself when commissioned to lead a $50 million surgical suite renovation.

The challenge of renovating an active surgical department is fundamentally a planning problem, not a design problem. The design will follow proven surgical suite principles — proper air handling, equipment integration, infection control, staff workflow optimization. But the sequencing of how you get from the existing condition to the finished product, without ever compromising patient safety or decimating surgical volume, is where the real expertise lies.

Breitner Architecture's approach begins with what we call planning-first methodology. Before a single construction document is produced, the team spends weeks with surgical staff, hospital leadership, facilities management, and the construction team mapping out a phasing strategy that protects the hospital's most critical operational and financial metrics. Every phase is designed to maximize the number of ORs and recovery bays that remain operational at any given time.

The interim solutions are often as creative as the final design itself. Temporary recovery configurations allow patient throughput to continue when permanent recovery areas are under construction. Adjusted circulation paths reroute staff and patients around active construction zones. Utility shutdowns are sequenced to occur during off-peak hours, coordinated with the surgical schedule to minimize impact.

For hospital leaders considering a major surgical renovation, the takeaway is clear: the success of the project depends as much on the phasing strategy as on the final architectural design. Choose an architecture team that understands hospital operations deeply enough to protect your revenue and patient care while the walls are coming down — and going back up.

Evidence-based design has become one of healthcare architecture's most popular talking points — invoked in proposals, displayed on websites, and dropped into conversations with hospital administrators who have heard the phrase enough times to nod along. But there's a meaningful gap between claiming to practice evidence-based design and actually letting research findings shape the hundreds of decisions that define a healthcare project. At Breitner Architecture, we believe the distinction matters enough to talk honestly about what EBD looks like when it's more than marketing language.

Evidence-based design, at its core, is the practice of basing design decisions on the best available research linking the built environment to measurable outcomes — patient recovery times, infection rates, staff efficiency, medication errors, patient satisfaction scores. The key word is "measurable." EBD is not about what looks good or what feels right. It's about what the data supports.

In practice, this shows up in decisions that might seem mundane but carry significant impact. Research consistently shows that single-patient rooms reduce hospital-acquired infections. Studies demonstrate that access to natural light in patient rooms correlates with shorter recovery times and lower analgesic use. Noise reduction strategies — from acoustic ceiling tiles to decentralized nursing stations — have been linked to improved patient sleep and reduced staff burnout.

The ambient lighting system we designed for the Holy Cross MRI suite is a direct application of evidence-based design principles. Research on patient anxiety during MRI procedures shows that environmental factors — particularly lighting and visual distraction — can meaningfully reduce the need for sedation and improve patient compliance during scans. Rather than treating the MRI room as a purely technical space, we designed it as a clinical environment that actively supports the patient experience.

For healthcare administrators evaluating architecture firms, the question shouldn't be "Do you practice evidence-based design?" Every firm will say yes. The better question is: "Show me where a research finding changed a design decision on a recent project." That's where the conversation gets interesting — and where the difference between a buzzword and a practice becomes clear.

Breitner Architecture holds the EDAC (Evidence-Based Design Accreditation and Certification) credential — a certification administered by The Center for Health Design that requires demonstrated competency in applying research to healthcare design decisions. It's not a guarantee of good design, but it reflects a commitment to treating the evidence-base as a tool, not a tagline.